Our Products
VIBRATING MILL

Vibrating mill is a new generation machine used to grind products with a low cost of energy consumption designed by EGEAY Machinery. Most important features of our crushing machines are their low cost of maintenance and their longevity.

Vibrating mills can be used in wide field of application area for process engineering tasks. Due to its easy handling, versatility and operational efficiency it is becoming important in different industries. It can be used dry and wet grinding processes.

Depending on the type of product and process product input can be done at different points of the machine. The product entering the machine is grinded between the conical casting, shaft or ball (depending on the process) in the vibrating body and passed to a lower body. The product exiting the machine is absorbed by jet pulse filter and with the help of a separator is classified thus end product is achieved. Grinding material size adjustment is easily done according to your request while the vibrating mill is under vibration control. The machine is designed to grind very hard materials into very small powder particles. Machine capacity can vary according to the size and hardness of the material to be ground.

 

Vibrating mills are mounted on the chassis according to their dimensions.

  1. Vibration setting can be done easily
  2. Can be added to electricity control panel easily
  3. The Mills are designed for dry or wet grinding according to the process

Model

Diameter

Length

Feed size

Evacuation

Size

Capacity

Motor kW

Dry

Wet

(mm)

(mm)

(mm)

(mm)

(kg/h)

(kw)

(kw)

20EV

200

300/600

0-15(max.30)

≤0.01

0.1-150

1.9

-

22EV

200

1250

0-15(max.30)

≤0.01

20-500

5.5

-

35EV

350

2310

0-15(max.30)

≤0.01

50-3000

22

-

50EV

500

3400

0-15(max.30)

≤0.01

200-10000

75

90

65EV

650

4525

0-15(max.30)

≤0.01

400-20000

160

200

 

The feed size of the vibratory grinder ranges from 0 to 15 mm (max. 30 mm), while for regular and continuous processes the product size is less than 0.01 mm. In some special processes, it can be reduced to 0.003 mm.